Dipl.-Ing. Christian Overmann

• Resource planning and technical development lead for all camera product series • Conversion, setup and management of a lean product manufacturing. Productivity, efficiency and output target: +800%.

• Company-wide responsibility for mechanical development, lean manufacturing and realization of customer specific and camera product series. • Technical lead of mechanical research and patenting projects within the field of vision systems and ultra-precise positioning mechanics for lenses.

• Founder of V-COR and Inventor of "Stance" - a patented, miniature and sealed professional broadcast camera series featuring patented backfocus mechanics and a modular system structure built for demanding industrial and broadcast applications. • Research of innovative high-precision mechanics, interfaces and protection frames against pressurized and hazardous applications and extreme environments. • Design of tailored high-end optics and camera systems for the use in extreme conditions and environments.

• Lead engineer responsible for the entire mechanical development of the hydrogen dispenser "Oasis" for Shell global. • Mechanical lead for Invention, CFD aided design and patenting of a high-pressure coupling systems deployed in upcoming vehicle series of leading automotive manufacturers (Daimler, VW-Group, …). • Research and development within the fields of sealing technology, high pressure coupling and emergency-break-away systems for the automotive, chemical and medical engineering industry.

• Design of goods with a unique identity, distinctive shape and modern, production-ready design. • Entire product development according to customer specifications from conceptual design through to series production in the field of mechanical engineering.

• Research & development of a backfocus testing device to measure pan and tilt of assembled digital image sensors with a precision of microns for the use within high quantity series production.

• FEA-aided development and structural analysis of high-precision mechanics based on flexures for the use in miniature-scanning devices, endoscopes and surgical equipment. • Research within the field of bionics with a prime focus on muscle style actor technology. • Development of high-dynamic actor technology with submicron resolution and big travel range based on piezo elements. • Development of automated systems for the derivation of 3D high-precision geometry based on MRT-, Ultrasonic- and X-Ray.

Diploma thesis at the Institute of Biomedical Engineering: Subject: PIV investigations of pressure and flow distributions in the neonate upper airway. Design and development of an innovative device to support physiological breathing.

Mechanical Engineering & Medicine